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A small object with mass 4.00x10-6 kg and a charge q. The object has speed 500 m/s as it enters the region of uniform magnetic field that has magnitude 4.00 T and direction out of the page. The object exits the field region at a point 0.400 m from the point where it entered. What is the sign of q and why?

A small object with mass 4.00x10-6 kg and a charge q. The object has speed 500 m/s as it enters the region of uniform magnetic field that has magnitude 4.00 T and direction out of the page. The object exits the field region at a point 0.400 m from the point where it entered. What is the sign of q and why?

College Physics
College Physics
11th Edition
ISBN:9781305952300
Author:Raymond A. Serway, Chris Vuille
Publisher:Raymond A. Serway, Chris Vuille
Chapter1: Units, Trigonometry. And Vectors
Section: Chapter Questions
Problem 1CQ: Estimate the order of magnitude of the length, in meters, of each of the following; (a) a mouse, (b)...
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A small object with mass 4.00x10-6 kg and a charge q. The object has speed 500 m/s as it enters the region of uniform magnetic field that has magnitude 4.00 T and direction out of the page. The object exits the field region at a point 0.400 m from the point where it entered. What is the sign of q and why?

The image shows a diagram depicting the motion of a projectile. The diagram includes a parabolic trajectory indicated by a dashed arc starting from a point on the left and ending at another point on the right. The distance between these two points is labeled as "0.4 m." Key elements in the diagram: 1. **Initial Point**: On the left side, there is a solid dot signifying the start of the projectile's trajectory. 2. **Trajectory Path**: A dashed arc connecting the initial and final points represents the projectile's path. 3. **Final Point**: A solid dot on the right side, indicating where the projectile lands. 4. **Vectors**: - A vertical downward arrow from the initial point represents the force vector, possibly indicating gravity. - A horizontal arrow extending to the right from the initial point to the final point, representing distance traveled, labeled as "0.4 m." - An upward arrow at the final point, labeled with "v," indicating the projectile’s final velocity vector. - A rightward arrow labeled "mg" at the final point, indicating the force of gravity acting on the object. This diagram illustrates the fundamental concepts of projectile motion, showing the effects of gravity and velocity on an object's path.
Transcribed Image Text:The image shows a diagram depicting the motion of a projectile. The diagram includes a parabolic trajectory indicated by a dashed arc starting from a point on the left and ending at another point on the right. The distance between these two points is labeled as "0.4 m." Key elements in the diagram: 1. **Initial Point**: On the left side, there is a solid dot signifying the start of the projectile's trajectory. 2. **Trajectory Path**: A dashed arc connecting the initial and final points represents the projectile's path. 3. **Final Point**: A solid dot on the right side, indicating where the projectile lands. 4. **Vectors**: - A vertical downward arrow from the initial point represents the force vector, possibly indicating gravity. - A horizontal arrow extending to the right from the initial point to the final point, representing distance traveled, labeled as "0.4 m." - An upward arrow at the final point, labeled with "v," indicating the projectile’s final velocity vector. - A rightward arrow labeled "mg" at the final point, indicating the force of gravity acting on the object. This diagram illustrates the fundamental concepts of projectile motion, showing the effects of gravity and velocity on an object's path.
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